LBSS: A Lightweight Blockchain-Based Security Scheme for IoT-Enabled Healthcare Environment

Recently, global healthcare has made great progress with the use of Internet of Things technology. However, for there to be excellent patient care, there must be a high degree of safety for the IoT health system. There has been a massive increase in hacking systems and the theft of sensitive and highly confidential information from large health centers and hospitals. That is why establishing a highly secure and reliable healthcare system has become a top priority. In this paper, a security scheme for the IoT-enabled healthcare environment, LBSS, is proposed. This security scheme comprises three security mechanisms. The first mechanism is based on the blockchain technology and is used for transaction integrity. The second mechanism is used to store the healthcare system data in a secure manner through the distribution of its data records among multiple servers. The third mechanism is used to access the healthcare data after applying a proposed authorization test. To minimize the security overhead, the healthcare data is prioritized in regard to its importance. Therefore, each security mechanism has specific steps for each level of data importance. Finally, the NS3 package is used to construct a simulation environment for IoT-enabled healthcare systems to measure the proposed security scheme performance. The simulation results proved that the proposed healthcare security scheme outperformed the traditional models in regard to the performance metrics.

Automated summary

Recently, global healthcare has made significant progress with the use of Internet of Things technology. However, in order to provide excellent patient care, a high level of safety in the IoT health system is crucial. This paper proposes a security scheme, LBSS, for the IoT-enabled healthcare environment, which utilizes three security mechanisms including blockchain technology, secure data storage, and authorized access. The simulation results demonstrate that the proposed security scheme outperforms traditional models in terms of performance metrics.